Michael Ford
Economics, PhD Candidate
University of New Mexico
Albuquerque, NM

Presentation Date: September 14, 2023

The western United States faces the irony in many of its oil- and gas (O&G) producing regions of “water, water everywhere, but none to drink.” Excess volumes of produced water (PW) – a byproduct of production from O&G leases – exists alongside severe freshwater shortages. This paper examines when it would be feasible for an O&G operator in southeastern New Mexico (SENM) to address both problems at once by treating some portion of its PW for offsite reuse. To do this, a profit-maximization model with a production and expenditure function is developed in which an O&G operator only sends PW volumes to a multiple effect distillation (MED) unit for treatment when doing so will cost them less than sending the same volumes to an underground saltwater disposal (SWD) well. The model is run with numerical parameter values that are based on empirical observations. It indicates that the most important factor in determining how much, if any, PW that an operator will treat at an MED unit will be the degree to which they see recoverable liquids decline at greater treated volumes.

Michael Ford is a Fifth-Year PhD student in Environmental and Resource Economics at UNM. He joined UNM after working for seven years as an Economist with the U.S. Energy Information Administration and the U.S. Bureau of Land Management. Michael has presented his research on produced water reuse to numerous conferences. He has also presented research on initiatives to reduce natural gas flaring, and to improve the collection of rovalty revenue from oil and gas development on federal lands. Michael works full-time with Carbon Solutions, LLC, a software and consulting firm evaluating Carbon Capture and Storage (CCS) projects in the United States.

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